error location 예문

예문모바일

The first patent was filed on Error Location Analysis technology.
The roots of the error location polynomial can be found by exhaustive search.
The Error Location Analysis feature aimed at the FEC application was called ECC Emulation.
In a truncated ( not primitive ) code, an error location may be out of range.
Let the field elements X _ 1 and X _ 2 be the two error location numbers.
Once the error locations are known, the next step is to determine the error values at those locations.
The zeros are the reciprocals of the error locations X _ j = \ alpha ^ { i _ j }.
Use the coefficients & Lambda; " i " found in the last step to build the error location polynomial.
But we can also use \ alpha ^ i as an element of GF ( 2 ^ m ) to index error location.
Therefore we can easily determine error location i from \ alpha ^ i unless v ( \ alpha ) = 0 which represents no error.
To design efficient FEC strategies it is important to know the profile of the raw errors in the underlying channel and Error Location Analysis proved very helpful for this purpose.
While vanilla implementations return the correct error message in about 92 % of the test cases in terms of error location, OMeta simply returns Match failed ! to any given error.
The accompanying " Media Scan " image demonstrates that error locations are key to recognizing that multiple error-producing syndromes are occurring simultaneously and affecting the total bit error rate experienced during the test recording session.
As an example, given Q and y ( such that y _ i \ ne 0 for 1 \ leqslant i \ leqslant n ), by checking positions where Q ( i ) = 0, we can 鹡d the error locations.
In addition to indicating the line number and column number of the error location, the compiler prints out the faulty line of code and uses a single caret on the next line, padded by spaces, to give a visual indication of the error location.
In addition to indicating the line number and column number of the error location, the compiler prints out the faulty line of code and uses a single caret on the next line, padded by spaces, to give a visual indication of the error location.
During this time, many of Agilent's customers were affected and ultimately Agilent itself was restructured and the Lightwave Division in Santa Rosa, who was the main proponent of the 86130 BERT product line containing SyntheSys Research Error Location Analysis technology, was closed.
This became the genesis of " Error Location Analysis " technology that was later patented and implemented in all " BitAlyzer " and " BERTScope " products, and that was licensed to Hewlett Packard Company ( later called Agilent Technologies, and now called Keysight ) who implemented it in their popular 86130 3.0 Gbit / s BERT instrument.
In 1999, the company entered into a license agreement with Agilent Technologies to license the company's Error Location Analysis intellectual property and patents and assist Agilent by implementing these features inside the Agilent 86130 BERT . This inflow allowed the company to grow, but more-importantly, allowed it to continue developing products through the 2001-2003 economic hard-times known as the " Telecom disaster, " related to the internet Dot-com bubble.
Sometimes error locations are known in advance ( e . g ., " side information " in demodulator signal-to-noise ratios ) these are called MDS code ) is able to correct twice as many erasures as errors, and any combination of errors and erasures can be corrected as long as the relation 2 " E " + " S " d " " n " & minus; " k " is satisfied, where E is the number of errors and S is the number of erasures in the block.